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Code Releases Activity

Extract graph calculation.

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This commit is contained in:
Cedric Beust 2016-04-12 18:28:49 -07:00
parent 63bd66cb02
commit 4ed2183dbd
1 changed files with 74 additions and 66 deletions
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140
modules/kobalt-plugin-api/src/main/kotlin/com/beust/kobalt/internal/TaskManager.kt
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@ -86,77 +86,13 @@ public class TaskManager @Inject constructor(val args: Args, val incrementalMana
tasksByNames.keys().forEach {
log(3, " $it: " + tasksByNames.get(it))
}
val graph = DynamicGraph<PluginTask>()
taskNames.forEach { taskName ->
val ti = TaskInfo(taskName)
if (!tasksByNames.keys().contains(ti.taskName)) {
throw KobaltException("Unknown task: $taskName")
}
if (ti.matches(projectName)) {
tasksByNames[ti.taskName].forEach { task ->
if (task != null && task.plugin.accept(project)) {
val reverseAfter = hashMapOf<String, String>()
alwaysRunAfter.keys().forEach { from ->
val tasks = alwaysRunAfter.get(from)
tasks.forEach {
reverseAfter.put(it, from)
}
}
//
// If the current target is free, add it as a single node to the graph
//
val allFreeTasks = calculateFreeTasks(tasksByNames, reverseAfter)
val currentFreeTask = allFreeTasks.filter {
TaskInfo(projectName, it.name).taskName == task.name
}
if (currentFreeTask.size == 1) {
currentFreeTask[0].let {
graph.addNode(it)
}
}
//
// Add the transitive closure of the current task as edges to the graph
//
val transitiveClosure = calculateTransitiveClosure(project, tasksByNames, ti)
transitiveClosure.forEach { pluginTask ->
val rb = runBefore.get(pluginTask.name)
rb.forEach {
val tos = tasksByNames[it]
if (tos != null && tos.size > 0) {
tos.forEach { to ->
graph.addEdge(pluginTask, to)
}
} else {
log(2, "Couldn't find node $it: not applicable to project ${project.name}")
}
}
}
//
// If any of the nodes in the graph has an "alwaysRunAfter", add that edge too
//
val allNodes = arrayListOf<PluginTask>()
allNodes.addAll(graph.nodes)
allNodes.forEach { node ->
val other = alwaysRunAfter.get(node.name)
other?.forEach { o ->
tasksByNames[o]?.forEach {
graph.addEdge(it, node)
}
}
}
}
}
}
}
val graph = createGraph(project, taskNames, tasksByNames)
//
// Now that we have a full graph, run it
//
log(3, "About to run graph:\n ${graph.dump()} ")
log(1, "About to run graph:\n ${graph.dump()} ")
val factory = object : IThreadWorkerFactory<PluginTask> {
override public fun createWorkers(nodes: List<PluginTask>): List<IWorker<PluginTask>> {
@ -186,6 +122,78 @@ public class TaskManager @Inject constructor(val args: Args, val incrementalMana
return RunTargetResult(result, messages)
}
private fun createGraph(project: Project, taskNames: List<String>, tasksByNames: Multimap<String, PluginTask>):
DynamicGraph<PluginTask> {
val graph = DynamicGraph<PluginTask>()
taskNames.forEach { taskName ->
val ti = TaskInfo(taskName)
if (!tasksByNames.keys().contains(ti.taskName)) {
throw KobaltException("Unknown task: $taskName")
}
if (ti.matches(project.name)) {
tasksByNames[ti.taskName].forEach { task ->
if (task != null && task.plugin.accept(project)) {
val reverseAfter = hashMapOf<String, String>()
alwaysRunAfter.keys().forEach { from ->
val tasks = alwaysRunAfter.get(from)
tasks.forEach {
reverseAfter.put(it, from)
}
}
//
// If the current target is free, add it as a single node to the graph
//
val allFreeTasks = calculateFreeTasks(tasksByNames, reverseAfter)
val currentFreeTask = allFreeTasks.filter {
TaskInfo(project.name, it.name).taskName == task.name
}
if (currentFreeTask.size == 1) {
currentFreeTask[0].let {
graph.addNode(it)
}
}
//
// Add the transitive closure of the current task as edges to the graph
//
val transitiveClosure = calculateTransitiveClosure(project, tasksByNames, ti)
transitiveClosure.forEach { pluginTask ->
val rb = runBefore.get(pluginTask.name)
rb.forEach {
val tos = tasksByNames[it]
if (tos != null && tos.size > 0) {
tos.forEach { to ->
graph.addEdge(pluginTask, to)
}
} else {
log(2, "Couldn't find node $it: not applicable to project ${project.name}")
}
}
}
//
// If any of the nodes in the graph has an "alwaysRunAfter", add that edge too
//
val allNodes = arrayListOf<PluginTask>()
allNodes.addAll(graph.nodes)
allNodes.forEach { node ->
val other = alwaysRunAfter.get(node.name)
other?.forEach { o ->
tasksByNames[o]?.forEach {
graph.addEdge(it, node)
}
}
}
}
}
}
}
return graph
}
/**
* Find the free tasks of the graph.
*/